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Durable Mining Machinery: The Underground Lift Table Mining Scissor-Lift Platform Vehicle

Introduction:
In the mining industry, the need for durable and reliable machinery is crucial to ensure efficient and safe operations. One such machinery that plays a vital role in underground mining is the lift table mining scissor-lift platform vehicle. This article explores the importance of durable mining machinery, particularly focusing on the underground lift table mining scissor-lift platform vehicle.

1. Understanding the Underground Lift Table Mining Scissor-Lift Platform Vehicle:
The underground lift table mining scissor-lift platform vehicle is a specialized piece of equipment designed for transporting heavy loads and personnel in underground mining environments. It features a scissor-lift mechanism that enables vertical movement, providing access to different levels within the mine. This vehicle is specifically built to withstand the harsh conditions and challenges encountered in underground mining operations.

2. Durability: A Critical Factor in Mining Machinery:
Durability is a critical factor in mining machinery due to the demanding nature of mining operations. Underground mining environments are characterized by extreme temperatures, high humidity, dust, and vibrations, which can put significant strain on equipment. Durable machinery can withstand these conditions, ensuring minimal downtime and reducing maintenance costs.

3. Importance of Durable Lift Table Mining Scissor-Lift Platform Vehicle:
The lift table mining scissor-lift platform vehicle’s durability is of utmost importance in underground mining. It must withstand heavy loads, constant movement, and exposure to dust and debris. A durable vehicle ensures the efficient transportation of personnel and materials, reducing the risk of accidents and increasing productivity.

4. Key Features of a Durable Lift Table Mining Scissor-Lift Platform Vehicle:
a. Robust Construction: The vehicle should be constructed using high-quality materials that can withstand the rugged mining environment.
b. Corrosion Resistance: Underground mining environments often have high levels of moisture and corrosive elements. A durable vehicle must have effective corrosion-resistant coatings.
c. Enhanced Safety Features: Durable vehicles should be equipped with safety features such as emergency stop buttons, anti-slip surfaces, and reliable braking systems to ensure the safety of personnel.
d. Easy Maintenance: Durable machinery should be designed for easy maintenance, allowing for regular inspections and repairs without causing significant downtime.

5. Benefits of Using Durable Mining Machinery:
a. Increased Productivity: Durable machinery minimizes downtime due to breakdowns or maintenance, ensuring continuous operations and increased productivity.
b. Cost Savings: Investing in durable machinery reduces repair and replacement costs, leading to long-term cost savings.
c. Enhanced Safety: Durable machinery provides a safe working environment, reducing the risk of accidents and injuries to personnel.

Conclusion:
In the demanding mining industry, the durability of machinery is paramount. The underground lift table mining scissor-lift platform vehicle plays a crucial role in underground mining operations, providing safe and efficient transportation of personnel and materials. Choosing a durable vehicle ensures uninterrupted operations, increased productivity, and a safer working environment.

2023-8-16 UK-6WX


Product Detail

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The works can be accomplished safely, efficiently and comfortably from the level work deck, elevated to a optimum work height. Optional remote drive system from the deck brings fully new type efficiency into installation and assembly works in underground mines. The powerful liquid cooled turbo charged Deutz 120 kW or MB 110 kW TIER 3 approved engine provides clean and efficient operation and gives maximum speed of 9 km/h in upward inclined 1:7 tunnel. In horizontal tunnel the maximum speed is 25 km/h. The new DALI FOPS and ROPS approved safety cabin provides superior visibility and comfortable compartment for the driver and the passenger. Cabin is designed for safe and easy entry and exit. Door openings are wide and handrails and non-slip steps are correctly positioned. Dashboard is easy and simple to use. New multifunctional display (MID) provides driving information (speed, RPM, temperatures etc.) and information can be recorded for analysis. Enclosed cabin provides noise level < 75 dB ensuring safe and comfort driving.

 The works can be accomplished safely, efficiently and comfortably from the level work deck, elevated to a optimum work height. Optional remote drive system from the deck brings fully new type efficiency into installation and assembly works in underground mines. The powerful liquid cooled turbo charged Deutz 120 kW or MB 110 kW TIER 3 approved engine provides clean and efficient operation and gives maximum speed of 9 km/h in upward inclined 1:7 tunnel. In horizontal tunnel the maximum speed is 25 km/h. The new DALI FOPS and ROPS approved safety cabin provides superior visibility and comfortable compartment for the driver and the passenger. Cabin is designed for safe and easy entry and exit. Door openings are wide and handrails and non-slip steps are correctly positioned. Dashboard is easy and simple to use. New multifunctional display (MID) provides driving information (speed, RPM, temperatures etc.) and information can be recorded for analysis. Enclosed cabin provides noise level < 75 dB ensuring safe and comfort driving.

Power Train

Engine
Brand……………………….DEUTZ
Model………………………. F6L914
Type………………………...air cooled
Power………………………84 kW / 2300rpm
Air intake system…………..two stage / dry air filter
Exhaust system……………catalyst purifier with muffler

Axle
Brand……………………….DANA SPICER
Model………………………112
Differential…………………Rigid Planetary Axle Design
Rear axle steering angle….±10°

Turning radius
Inside………………………3750mm
Out…………………………5900mm

Brake system
Service brake design……...multi-disc brake
Parking brake design……...spring applied, hydraulic release

Main Parameter
Lifting capacity……………5000kg(platform lowered)
Lifting capacity……………2500kg(with raised platform)
Platform lifting height…….3500mm
Climing ability……………. 25%
Deck dimension…………..1.8m X 3m

Battery
Brand………………………USA HYDHC
Model………………………SB0210-0.75E1 / 112A9-210AK
Nitrogen pressure…………7.0-8.0Mpa
Frame…………………….…..Central articulated
Finger material……………BC12 (40Cr) d60x146
Tire size……………………..10.00-20

Travel speed (forward / backward)
1st gear…………………….6.5km/h
2nd gear……………………13.0 km/h
3rd gear…………………….20.0 km/h

Transmission
Brand……………………….DANA CLARK
Model……………………….1201FT20321
Type………………………...integrated transmission

Dimensions
Length……………………..7300mm
Width……………………....1800mm
Platform Height……………2485mm
Cab Height…………………2100mm
Tire size……………………10.00-R20 L-4S PR14

Hydraulic system
All elements of steering, work platform and braking system - SALMAI tandem gear pump (2.5 PB16 / 11.5)
Hydraulic Components - USA MICO (Charge Valve, Brake Valve).

Frame

Articulated frame, articulated steering, rigid front and rear axles
Articulation stop,
Rigid welded frame made of high quality sheet and profile steel.
Towing lugs located at the front and rear of the machine.

Operator's cab

Closed operator's cab in accordance with ROPS / FOPS safety system Heating and air conditioning of the operator's cab.
Conveniently located controls and controls.
Two rear-view mirrors on the outside of the cab.
With fan and windscreen blower nozzles.
Adjustable driver's seat with shock absorber, seat belt and optional passenger seat

Rear view video system

Consisting of a monitor and one video camera behind the car

Scissor Lift Platform

The mount of the lift to the frame is rigid,
Lifting force: 2.5 t
Lifting capacity of the lowered platform: 5.0 t
Two lifting hydraulic cylinders for lifting the scissor arm, equipped with hydraulic locks that hold the hydraulic cylinder rod in case of a hydraulic hose rupture,
Railings around the platform perimeter.

Supports

Four hydraulic outriggers that extend vertically for increased stability (hydraulic control).

Terms of application

Ambient temperature: -20 ° C - + 40 ° C
Altitude: <4500 m


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